Two Powerful Techniques, One Seamless Solution: Electrical Impedance Spectroscopy & Tomography
This innovative system merges the strengths of two key electrical impedance (EI) techniques: Electrical Impedance Spectroscopy (EIS) and Electrical Impedance Tomography (EIT).
Unifying Expertise for Enhanced Capabilities:
This all-in-one solution brings together our core competencies in electrical impedance. By combining the best of both EIS and EIT, researchers and industrial users can unlock a wider range of applications.
Proven Performance, Expanded Functionality:
The system incorporates the established performance of the ISX-3, a leading EIS instrument, ensuring reliable and accurate results. Additionally, it offers a robust set of EIT functionalities, opening doors to new possibilities in your research or industrial processes.
Ideal for Researchers and Industrial Users:
- Combined Power of EIS and EIT: Gain valuable insights that wouldn't be possible with just one technique.
- Streamlined Workflow: Eliminate the need for separate instruments, simplifying your research or production processes.
- Enhanced Efficiency: Conduct both EIS and EIT measurements with a single system, saving time and resources.
Unlocking the Full Potential of Electrical Impedance:
This groundbreaking system empowers researchers and industrial users to explore the full potential of electrical impedance for a wider range of applications.
ISX-3 EIT KEY FACTS
- Full featured ISX-3 impedance analyzer
- IF Frontend 100 mHz…10 MHz, mOhm…TOhm
- Frequency extendable to 40 MHz or even 100 MHz
- 2, 3 and 4 electrode configurations
- High resolution (up to 2048 frequencies per sweep)
- Base precision of 0.01%
- +/- 1 V DC Bias
- ExtensionPort for application specific frontends
- Advanced setup capabilit
- Ultra-fast hardware synchronization through sync in/out connectors (optional)
- Simple connection through Full Speed USB, Ethernet or Wireless LAN
- PC-based control & data analysis (Sciospec software suit included)
- Sciospec COM-Interface for full instrument control from Java, C, Python, LabView, Matlab etc.
- Highly flexible any to any multiplexer
- 32 or 64 ports
- Any combination of ports for 2, 3 or 4 electrode impedance measurement
- Dedicated EIT mode (injection matrix like channel sweeps per frame)
